CN201888914U

CN201888914U - 3D (three-dimensional) rotary massage machine core

Info

Publication number: CN201888914U
Application number: CN201020606008XU
Authority: CN
Inventors: 毛维俊
Original assignee: SHANGHAI YATAISI ELECTRIC CO Ltd
Current assignee: SHANGHAI YATAISI ELECTRIC CO Ltd
Priority date: 2010-11-12
Filing date: 2010-11-12
Publication date: 2011-07-06
Anticipated expiration: 2020-11-12

Abstract

The utility model relates to a 3D (three-dimensional) rotary massage machine core which comprises a motor and two massage main bodies that are connected through the motor, wherein each massage main body comprises a gear case component, a rotating disc component, a 3D rotary component, a crown plate component and a heating massage head component; the gear case component is connected with the motor, the rotating disc component, the 3D rotary component, the crown plate component and the heating massage head component are connected to the gear case component in sequence. The 3D rotary massaging machine core has the benefits that rotation and 3D kneading functions are endowed to a common massage machine core, so that the common massage machine core has better massage effect.

Description

3D rotates massager core

Technical field

This utility model relates to a kind of 3D rotation massager core.

Background technology

Existing massager core mostly is the effect that parallel rotation reaches massage by the height massage head, function singleness.

The utility model content

Technical problem to be solved in the utility model provides the better 3D rotation massager core of a kind of massage effect.

The technical scheme that this utility model solves the problems of the technologies described above is as follows: a kind of 3D rotation massager core, it comprises motor and two massage main bodys that are connected by motor, the massage main body comprises gear case assembly, rotary disc assembly, 3D rotary components, top plate member and heating massage head module, gear case assembly is connected with motor, is connected with rotary disc assembly, 3D rotary components, top plate member and heating massage head module on the described gear case assembly in turn.

Further, gear case assembly comprises gear-box lower cover, box bearing, worm gear and gear-box loam cake, described gear-box lower cover, box bearing, worm gear and gear-box loam cake are locked by self-tapping screw successively, cover on the described gear-box and be connected with track gear and ring-like PCB, ring-shaped P CB is provided with the conduction carbon brush, and described worm gear is connected with motor.

Further, rotary disc assembly comprises rotating disk, oiliness bearing, spherical joint, the first spherical fixed connecting piece and the second spherical fixed connecting piece, described rotating disk is provided with gear and spherical joint, be connected with oiliness bearing on the described gear, described oiliness bearing is fixedlyed connected with the 3D rotary components by the latch screw, by spherical joint top plate member is connected with the second spherical joint fixture, the described first spherical joint fixture, one end connects the second spherical fixed connecting piece, the other end is fixedly connected on the rotating disk, also be located at conduction carbon brush pressure head on the rotating disk, conduction carbon brush pressure head is corresponding with the conduction carbon brush on the ring-shaped P CB.

Further, the 3D rotary components comprises the 3D pedestal, and described 3D pedestal is connected with gear 36, is fixedly connected with bearing on the 3D pedestal, and fixedlys connected with support member by C profile shaft card.

Further, top plate member comprises support iron plate and support member, connects the heating massage head module on the described support iron plate, and support iron plate is fixed on the support member, and described support member connects the 3D rotary components.

Further, the heating massage head module comprises two massage head, described massage head is connected on the top plate member by heated seats, described massage head bottom is provided with heating PCB, heating PCB is connected with heated seats, be connected with the PTC heating member on the heated seats, this heating member is arranged on the position near the massage head top inner surface.

Further, massage head is big massage head and little massage head, and described heated seats is big heated seats and little heated seats.

The beneficial effects of the utility model are: with common massager core, increase rotation and 3D kneading function, make its massage effect better.

Description of drawings

Fig. 1 is this utility model structural representation;

Fig. 2 is this utility model vertical view;

Fig. 3 is that Fig. 2 A-A is to profile;

Fig. 4 is this utility model part sectioned view;

Fig. 5 is this utility model explosive view.

In the accompanying drawing, the list of parts of each label representative is as follows:

1, motor, 2, gear case assembly, 21, the gear-box lower cover, 22, box bearing, 23, worm gear, 24, the gear-box loam cake, 25, the track gear, 26, ring-shaped P CB, 27, the conduction carbon brush, 28, self-tapping screw, 3, rotary disc assembly, 31, rotating disk, 32, oiliness bearing, 33, spherical joint, 34, the first spherical fixed connecting piece, 35, the second spherical fixed connecting piece, 36, gear, 37 latch screws, 38, conduction carbon brush pressure head, 4, the 3D rotary components, 41, the 3D pedestal, 42, bearing, 43, C profile shaft card, 5, top plate member, 51 support iron plate, 52, support member, 6, massage head module, massage head 61,611, big massage head, 612, little massage head, 62, heated seats, 621, big heated seats, 622, little heated seats, 63, heating PCB, 64, the PTC heating member, 65, spring.

The specific embodiment

Below in conjunction with accompanying drawing principle of the present utility model and feature are described, institute gives an actual example and only is used to explain this utility model, is not to be used to limit scope of the present utility model.

As shown in Figure 1, a kind of 3D rotation massager core, it comprises motor 1 and two massage main bodys that are connected by motor 1, the massage main body comprises gear case assembly 2, rotary disc assembly 3,3D rotary components 4, top plate member 5 and heating massage head module 6, gear case assembly 2 is connected with motor 1, is connected with rotary disc assembly 3,3D rotary components 4, top plate member 5 and heating massage head module 6 on the described gear case assembly 2 in turn.

Gear case assembly 2 comprises gear-box lower cover 21, box bearing 22, worm gear 23 and gear-box loam cake 24, described gear-box lower cover 21, box bearing 22, worm gear 23 and gear-box loam cake 24 are locked by self-tapping screw 28 successively, be connected with track gear 25 and ring-like PCB 26 on the described gear-box loam cake 24, described ring-shaped P CB 26 is provided with conduction carbon brush 27, and described worm gear 23 is connected with motor 1.

Rotary disc assembly 3 comprises rotating disk 31, oiliness bearing 32, spherical joint 33, the first spherical fixed connecting piece 34 and the second spherical fixed connecting piece 35, described rotating disk 31 is provided with gear 36 and spherical joint 33, be connected with oiliness bearing 32 on the described gear 36, described oiliness bearing 32 is fixedlyed connected with 3D rotary components 4 by latch screw 37, by spherical joint 33 top plate member 5 is connected with the second spherical joint fixture 35, the described first spherical joint fixture, 34 1 ends connect the second spherical fixed connecting piece 35, the other end is fixedly connected on the rotating disk 31, also be located at conduction carbon brush pressure head 38 on the rotating disk 31, conduction carbon brush pressure head 38 is corresponding with the conduction carbon brush 27 on the ring-shaped P CB 26.

3D rotary components 4 comprises 3D pedestal 41, and described 3D pedestal is connected with gear 36, is fixedly connected with bearing 42 on the 3D pedestal 41, and fixedlys connected with support member 52 by C profile shaft card 43.

Top plate member 5 comprises support iron plate 51 and support member 52, connects heating massage head module 6 on the described support iron plate 51, and support iron plate 51 is fixed on the support member 52, and described support member 52 connects 3D rotary components 4.

Heating massage head module 6 comprises two massage head 61, described massage head 61 is connected on the support iron plate 51 of top plate member 5 by heated seats 62, be provided with spring 65 between support iron plate 51 and the heated seats 62, described massage head 61 bottoms are provided with heating PCB 63, heating PCB 63 is connected with heated seats 62, be connected with PTC heating member 64 on the heated seats 62, this PCT heating member 64 is arranged on the position near massage head 61 top inner surface.

Massage head 61 is big massage head 611 and little massage head 612, and described heated seats 62 is big heated seats 621 and little heated seats 622.

Driving deceleration worm gear 23 by motor 1 rotates.Worm gear 23 drives rotating disk 31 rotations simultaneously.Because track gear 25 matches with gear 36 on being fixed on rotating disk 31, so gear 36 produced rotation when gear 36 moved in a circle by track gear 25 when rotating disk 31 rotates, when gear 36 rotations, drive superincumbent 3D pedestal 41 rotations are installed, because the particular design of 3D pedestal 41, its movement locus that produces when rotated are the inclined-plane rotation.

By bearing 42 movement locus that 41 rotations of 3D pedestal produce is transformed on the top plate member 5, simultaneously because top plate member 5 is connected with spherical joint 33, top plate member 5 movement locus become 3D and wave rotation, therefore two massage head 61 on the top plate member 5 finally form one in rotation and do the action of 3D kneading massage.

The above only is preferred embodiment of the present utility model, and is in order to restriction this utility model, not all within spirit of the present utility model and principle, any modification of being done, is equal to replacement, improvement etc., all should be included within the protection domain of the present utility model.

Claims

1. a 3D rotates massager core, it is characterized in that: it comprises motor and two massage main bodys that are connected by motor, described massage main body comprises gear case assembly, rotary disc assembly, 3D rotary components, top plate member and heating massage head module, described gear case assembly is connected with motor, is connected with rotary disc assembly, 3D rotary components, top plate member and heating massage head module on the described gear case assembly in turn.

2. 3D rotation massager core according to claim 1, it is characterized in that: described gear case assembly comprises gear-box lower cover, box bearing, worm gear and gear-box loam cake, described gear-box lower cover, box bearing, worm gear and gear-box loam cake are locked by self-tapping screw successively, cover on the described gear-box and be connected with track gear and ring-like PCB, described ring-shaped P CB is provided with the conduction carbon brush, and described worm gear is connected with motor.

3. 3D rotation massager core according to claim 1 and 2, it is characterized in that: described rotary disc assembly comprises rotating disk, oiliness bearing, spherical joint, the first spherical fixed connecting piece and the second spherical fixed connecting piece, described rotating disk is provided with gear and spherical joint, be connected with oiliness bearing on the described gear, described oiliness bearing is fixedlyed connected with the 3D rotary components by the latch screw, by spherical joint top plate member is connected with the second spherical joint fixture, the described first spherical joint fixture, one end connects the second spherical fixed connecting piece, the other end is fixedly connected on the rotating disk, also be provided with conduction carbon brush pressure head on the rotating disk, conduction carbon brush pressure head is corresponding with the conduction carbon brush on the ring-shaped P CB.

4. 3D rotation massager core according to claim 1 and 2, it is characterized in that: described 3D rotary components comprises the 3D pedestal, described 3D pedestal is connected with gear 36, is fixedly connected with bearing on the 3D pedestal, and fixedlys connected with support member by C profile shaft card.

5. 3D rotation massager core according to claim 1 and 2, it is characterized in that: described top plate member comprises support iron plate and support member, connect the heating massage head module on the described support iron plate, support iron plate is fixed on the support member, and described support member connects the 3D rotary components.

6. 3D rotation massager core according to claim 1 and 2, it is characterized in that: described heating massage head module comprises two massage head, described massage head is connected on the top plate member by heated seats, described massage head bottom is provided with heating PCB, heating PCB is connected with heated seats, be connected with the PTC heating member on the heated seats, this heating member is arranged on the position near the massage head top inner surface.

7. 3D rotation massager core according to claim 6, it is characterized in that: described massage head is big massage head and little massage head, described heated seats is big heated seats and little heated seats.